DRAFT OF DELFT WORKSHOP PROGRAMME
Tuesday 23 September, 2003
08.30-9.00
Registration
09.00-9.30
Opening Remarks: J.Pietrzak, E.DeLeersnijder,
J.Schroeter
Session: Finite Element/Finite Volume Models
Chair: P. Myers
09.30-10.00 Invited Lecture
M. Iskandarani or D. Haidvogel (?)
B.J.Choi, M.Iskandarani, D.B.Haidovgel and J.Levin.
A Spectral Finite Volume Method for the Shallow
Water Equations
10.00-10.30 Invited Lecture
V.Casulli and P.Zanolli, University of Trento
High Resolution for Multidimensional Advection
Diffusion Problems in Free-Surface Hydrodynamics
10.30-11.30
Coffee Break + Posters
11.30-12.00 Invited Lecture:
A.Baptista and J.Zang, OGI School of Science &
Engineering
A recent FV/FD unstructured grid 3D baroclinic model
and its application to a complex river-dominated
estuary and plume.
12.00-12.30 Invited Lecture
D.Greenberg, Bedford Institute of Oceanography
Nearshore Finite-Element Circulation Modelling in
the Bay of Fundy.
12.30-12.45
S.Sigurdsson, University of Iceland
A New Finite element coastal ocean model.
12.45-14.00 Lunch
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Session: Fully 3D Unstructured
Chair: A.Baptista
14.00–14.30 Invited Speaker
C.Pain, Imperial College London
Fully 3D unstructured mesh ocean modeling
14.30-14.45
R.J. Labeur and J.Pietrzak, Delft University of
Technology
Non-hydrostatic internal wave generation in a new
fully three-dimensional finite element model
Session: Finite Element/Finite Volume Models Continued
Chair: C.A. Blain
14.45-15.00
O.Petersen, Danish Hydraulic Institute,
Modelling of coastal flows using unstructured meshes
15.00-15.15
J.Backhaus, University of Hamburg(?)
Presentation of new VOM model?
15.15-15.30
D.Ham, J.Pietrzak and G.Stelling, Delft University
of Technology
A scalable unstructured finite volume model for the
three-dimensional shallow water equations
15.30-16.00 Coffee Break
16.00-17.00 Discussion Finite Element/Finite Volume
Chair E. DeLeersnijder and M.Iskandarani or D.Haidvogel
(?)
Reception 18.00-19.00 Town Hall
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Wednesday 24 September, 2003
Session: Finite Element/Finite Volume Models Continued
Chair: D.Haidvogel/M.Iskandarani
8.30-9.00 Invited lecture
V.Legat, Université Catholique de Louvain,
Finite Elements in Oceanography
9.00-9.30 Invited lecture
S.Danilov, G.Kivman, J.Schroeter, Alfred Wegener
Inst.
Fine resolution version of FEOM for the North
Atlantic.
9.30-9.45
G.Stelling and S.Kramer, Delft University of
Technology
On cut-cell techniques for river networks and
coastal oceans
9.45-10.00 F.Lyard
10.00-10.30 Discussion: Stabilisation
Chair: V.Legat and R.J.Labeur
10.30 – 11.00 Coffee Break
Session: Advection Schemes
Chair: V.Casulli
11.00-11.15
Discussion: Publication in Ocean Modelling
Procedures/Deadlines
EU joint project/other joint initiatives
11.15-11.30
E.Hanert and D.LeRoux, Université Catholique de
Louvain.
A comparison between an Eulerian and a semiLagrangian finite-element shallow-water ocean model.
11.30-11.45
P. Wilders, Delft University of Technology
Monotonicity, using a differentiable limiter, for
advection using flexible unstructured finite volume
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11.45-12.00
N. Kliem, Danish Meteorological Institute.
A transport corrected finite element advection
scheme
12.00-12.15
P. Budgell, Institute of Marine Research, Bergen.
Ocean modeling with unstructured triangular grids:
Advection schemes.
12.15-13.15 Discussion Advection Schemes
Chair: G.Stelling and S.Danilov
Afternoon free
Information on Delft/The Hague to be put on
web-site;
The Hague is accessible by public
transport.
Dinner 19.00-22.00 Restaurant to be arranged cost about 40
Euro per person (including wine)
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Thursday 25 September, 2003
Session: Numerical Issues
Chair: C.Pain
8.30-9.00 Invited
D.LeRoux, Université Laval,
Spurious modes in shallow-water finite-element ocean
models.
9.00-9.30 Invited
C.A.Blain, N.R.L, Stennis Space Center
Comparing the Mass Conserving Properties of
Continuous and Discontinuous Galerkin Finite Element
Shallow Water Equation Models
9.30-9.45
S.Legrand, V.Legat and E.Deleersnijder.
Mass conservation issues for unstructured ocean
models.
9.45-10.00
M.Piggott, Imperial School of Science
HR-adaptivity in ocean modeling
10.00-10.15
N. Rakowsky, Alfred-Wegener-Institute.
Amatos: adaptive mesh generator for atmospheric and
oceanic simulation.
10.15-10.30
S.Frickenhaus, Alfred-Wegener-Institute
FoSSI: family of simplified solver interfaces for
parallel sparse solvers in numerical atmosphere and
ocean modeling.
10.30-11.00 Coffee Break
Session: Data Assimilation Chair: J.Schroeter
11.00-11.15
F.Fangxin, Imperial College London,
Data assimilation into a 2D adaptive mesh ocean
model
11.15-11.30
P.Power, Imperial School of Science
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Error norms for ocean modelling utilizing adjoint
sensitivity techniques
11.30-11.45
D.Sidorenko, S.Danilov, G.Kivman and J.Schroeter,
Alfred Wegener Institute
Inverse Finite Element model for the large scale
ocean circulation.
11.45-12.00
M.R.Della Rocca, A.Fortunato, University of Salerno.
Satellite data assimilation in wave models for
nearshore wave predictions.
12.00-13.00
Discussion: Grid generators, solvers, UGML data
transfer
Chair: D.Ham and S.Legrand
13.00-14.00 Lunch
Session: Regional modeling:
Chair: D.Greenberg
14.00-14.30 Invited speaker
J.Westerink, University of Notre Dame.
Hurricane storm surge simulation using a large
domain finite element model in Southern Louisiana.
14.30-15.00 Invited Lecture
M.Iskandarani or D.Haidvogel (?)
A Spectral Finite Volume Method for the Shallow
Water Equations
15.00-15.15
F.Naifar and P.Wilders, Delft University of
Technology
Application of a flexible unstructured finite volume
implicit solver for 2DH modelling of Rhine pollution
in the Dutch coastal area.
15.15-15.30
P.Myers, University of Alberta
A Study of North Atlantic Transport Variability
(1945-1996) Using a Simple Finite Element Model
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15.30-16.00 Coffee break
16.00-16.15
P. Hall, Proudman Oceanographic Laboratory
Examining mixing in lateral boundary layers using
irregular grid models.
16.15-16.30
S. Harig and J.Schroeter, Alfred Wegener Inst.
Modelling dense water overflow with a Finite Element
Ocean Model (FEOM).
16.30-17.30
Discussion (with snacks/beverages)
Physical processes
Chair P. Hall
Closing Remarks/Remaining general topics:
Chair E.Deleersnijder/J.Pietrzak/J.Schroeter
Posters
A.Safray and G.Kivman, P.P.Shirshov Institute of Oceanology
Some experiments with open-boundary conditions for a
finite element ocean model.
A.Kurapov and G.Kivman, Alfred Wegener Inst.
Assimilating data into a finite element tidal model
for the Barents Sea.
J.Pietrzak, D.Ham and G.Stelling, Delft University of
Technology
A new unstructured grid finite volume coastal ocean
model
S.Kramer and G.Stelling, Delft University of Technology
Modelling of river inundations using cut-cell grids
and streamline based advection
N. Kliem, F. Dupont and S.J. Prinsenberg. Bedford Institute
of Oceanography
Numerical simulations of the circulation in the
Canadian Arctic Archipelago.
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Charles Hannah, David Greenberg, Shawn Oakey, Frederic
Dupont and Jason Chaffey. . Bedford Institute of
Oceanography
WebTide and WebDrogue: Open source tidal
predictions and trajectory modelling.
Charles Hannah, Frederic Dupont and David Greenberg,
Bedford Institute of Oceanography
Modelling the Bay of Fundy.
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